CN113781183B - Commodity display method, commodity display device, computer equipment and computer readable storage medium - Google Patents
Commodity display method, commodity display device, computer equipment and computer readable storage medium Download PDFInfo
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Abstract
The application discloses a commodity display method, a commodity display device, computer equipment and a computer readable storage medium, which relate to the technical field of Internet, respond to a commodity display request of a user, acquire historical consumption data of the user, determine missing nutrition information of the user through analysis of the historical consumption data, take commodities with nutrition information matched with the missing nutrition information as a plurality of commodities to be pushed, sort the plurality of commodities to be pushed according to a preset sorting factor, display the sorted plurality of commodities to be pushed to the user, increase nutrition information filtering capability when displaying the commodities, improve commodity recommendation precision and avoid waste of recommended resources. The method comprises the following steps: responding to a commodity display request of a user, and acquiring historical consumption data of the user; determining a plurality of commodities to be pushed; and sorting the plurality of commodities to be pushed according to a preset sorting factor, and displaying the sorted commodities to be pushed to a user.
Description
Technical Field
The present disclosure relates to the field of internet technologies, and in particular, to a method and apparatus for displaying commodities, a computer device, and a computer readable storage medium.
Background
With the rapid development of internet technology, network services are widely used. In the network service, a provider of the commodity issues the commodity on an online platform, and the commodity is displayed to a user, so that the user can purchase the commodity in the online platform by referring to commodity information of the commodity. However, as different providers can issue the same or different commodities on the online platform, massive data appear in the online platform, and users are easy to get lost when selecting the commodities, so that when a lot of online platforms display the commodities, the preference of the users can be comprehensively considered, so that the commodities possibly interesting to the users are displayed in front, and the users can conveniently and quickly position the commodities.
In the related art, an online platform counts historical consumption data of a user, analyzes the historical consumption data of the user, determines user preference of the user, searches for stores providing commodities matched with the user preference at the periphery of the user, and adjusts the stores or the commodities matched with the user preference in the stores to the first place of a search list for preferential display.
In carrying out the present application, the applicant has found that the related art has at least the following problems:
The preference of the user is generally stable, the preference of the user cannot be changed for a long time, the daily display of the commodities to the user and the arrangement sequence of the commodities are fixed when the commodities are displayed according to the preference of the user, the reference factors are single when the commodities are displayed, the precision is low, and the recommended resources are wasted.
Disclosure of Invention
In view of this, the present application provides a commodity display method, apparatus, computer device and computer readable storage medium, and mainly aims to solve the problems that at present, commodities displayed to users every day and the arrangement sequence of the commodities are fixed, and when the commodities are displayed, the reference factors are single, the precision is low, and the recommended resources are wasted.
According to a first aspect of the present application, there is provided a merchandise display method, the method comprising:
responding to a commodity display request of a user, and acquiring historical consumption data of the user;
determining a plurality of commodities to be pushed, wherein nutrition information of the commodities to be pushed is matched with missing nutrition information indicated by historical ordering commodities included in the historical message data;
and sequencing the plurality of commodities to be pushed according to a preset sequencing factor, and displaying the sequenced commodities to be pushed to the user.
Optionally, before the acquiring the historical consumption data of the user in response to the merchandise display request of the user, the method further includes:
counting commodities provided by a plurality of stores which are accessed at present as a plurality of candidate commodities;
for each candidate commodity in the plurality of candidate commodities, analyzing at least one original material included in each candidate commodity;
constructing nutrient distribution and nutrient reference values of each candidate commodity according to the nutrient elements and element values corresponding to the at least one original material;
marking the nutrition distribution by adopting the nutrient reference value to generate nutrition information of each candidate commodity;
and storing each candidate commodity in association with the corresponding nutrition information.
Optionally, the acquiring historical consumption data of the user includes:
determining a historical time period to be counted, and acquiring a plurality of completed orders of the user in the historical time period to be counted;
and extracting a plurality of historical order placing commodities from the plurality of completed orders, and taking the plurality of historical order placing commodities as historical consumption data of the user.
Optionally, the determining a plurality of goods to be pushed includes:
Extracting a plurality of historical ordering commodities included in the historical consumption data, and analyzing the plurality of historical ordering commodities to obtain at least one appointed original material included in the plurality of historical ordering commodities;
constructing the appointed nutrient distribution and the appointed nutrient reference value of the historical commodity according to the appointed nutrient element and the appointed element value corresponding to the at least one appointed raw material;
marking the nutrition distribution by adopting the nutrient reference value to generate appointed nutrition information of the historical commodity;
obtaining standard nutrition information, wherein the standard nutrition information comprises standard nutrition distribution and a nutrition standard value;
comparing the specified nutritional information with the standard nutritional information to determine the missing nutritional information;
querying commodities which comprise nutrient elements indicated by the missing nutrient information from a plurality of candidate commodities as the commodities to be pushed.
Optionally, the comparing the specified nutritional information with the standard nutritional information to determine the missing nutritional information includes:
acquiring the specified nutrient distribution and the standard nutrient distribution, and inquiring whether the specified nutrient distribution covers the standard nutrient distribution or not;
When the query determines that the specified nutrient distribution does not cover the standard nutrient distribution, determining a first target nutrient element which is not covered by the specified nutrient distribution in the standard nutrient distribution, and taking the first target nutrient element as the missing nutrient information;
and when the query determines that the specified nutrient distribution covers all the standard nutrient distribution, comparing the specified nutrient reference value with a nutrient standard value according to the specified nutrient distribution and the standard nutrient distribution, determining a second target nutrient element of which the specified nutrient reference value is lower than the nutrient standard value, and taking the second target nutrient element as the missing nutrient information.
Optionally, the sorting the plurality of articles to be pushed according to a preset sorting factor includes:
when the preset ordering factor indicates ordering according to the store distance, determining a plurality of stores for providing the plurality of commodities to be pushed, and marking the plurality of stores by adopting the plurality of commodities to be pushed;
acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores;
And sorting the marked stores according to the order of the position distances from small to large.
Optionally, the sorting the plurality of articles to be pushed according to a preset sorting factor includes:
when the preset ordering factor indicates ordering according to the ordering times, extracting a plurality of historical ordering commodities included in the historical consumption data, and inquiring a plurality of commodity labels of the historical ordering commodities;
counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times;
sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result;
inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity identifications with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
Optionally, the method further comprises:
generating a nutrition deficiency reminder based on the deficiency nutrition information;
determining a reminding area in the display pages of the plurality of commodities to be pushed, and displaying the nutrition deficiency reminding in the reminding area;
And when the nutrition missing prompt displayed in the prompt area is detected to be triggered, generating a nutrition comparison chart of standard nutrition information and the missing nutrition information, and displaying the nutrition comparison chart to the user.
Optionally, the method further comprises:
when detecting that target commodities in the plurality of commodities to be pushed are triggered, acquiring target nutrient distribution and target nutrient reference values of the target commodities, and displaying the target nutrient distribution, the target nutrient reference values and target commodity information of the target commodities to the user;
generating an order to be paid comprising the target commodity in response to a request for ordering the target commodity, and displaying the order to be paid;
and pushing the order to be paid to a target store for providing the target commodity when the success of payment of the order to be paid is detected.
Optionally, the method further comprises:
in response to an ordering request for at least two specified commodities in the plurality of commodities to be pushed, determining at least two specified stores for providing the at least two specified commodities, and querying a store business circle to which each specified store in the at least two specified stores belongs;
When the store business circles of the at least two designated stores are consistent, generating a second to-be-paid order comprising the at least two designated commodities, displaying the second to-be-paid order, splitting the second to-be-paid order into at least two sub-orders according to the at least two designated stores when successful payment of the second to-be-paid order is detected, pushing the at least two sub-orders to the at least two designated stores respectively, and distributing distribution resources for the second to-be-paid order which is successful in payment, so that the distribution resources distribute the at least two designated commodities;
when the store business circles of the at least two designated stores are inconsistent, at least two third to-be-paid orders are generated for the at least two designated commodities respectively, the at least two third to-be-paid orders are displayed, and when the at least two third to-be-paid orders are detected to be successful in payment, the at least two third to-be-paid orders which are successful in payment are respectively pushed to the at least two designated stores, at least two distribution resources are distributed for the at least two third to-be-paid orders which are successful in payment, and the at least two distribution resources distribute the at least two designated commodities.
According to a second aspect of the present application, there is provided a merchandise display method, the method comprising:
responding to a commodity display request of a user, and acquiring a commodity recommendation mode selected by the user;
determining a plurality of commodities to be pushed based on the commodity recommendation mode;
and sequencing the plurality of commodities to be pushed according to a preset sequencing factor, and displaying the sequenced commodities to be pushed to the user.
Optionally, the determining a plurality of to-be-pushed commodities based on the commodity recommendation mode includes:
when the commodity recommending mode indicates recommending according to merchants, historical consumption data of the user is obtained, a plurality of historical ordering commodities included in the historical consumption data are extracted, a plurality of merchants to be recommended for supplying the historical ordering commodities are determined, and commodities marked by the merchants to be recommended are used as the commodities to be pushed; or alternatively, the first and second heat exchangers may be,
when the commodity recommendation mode indicates recommending according to nutrients, analyzing the historical ordered commodities to obtain at least one appointed original material contained in the historical ordered commodities, constructing appointed nutrient distribution and appointed nutrient reference values of the historical ordered commodities according to appointed nutrient elements and appointed element values corresponding to the at least one appointed original material, marking the nutrient distribution by adopting the nutrient reference values to generate appointed nutrient information of the historical ordered commodities, acquiring standard nutrient information, comparing the appointed nutrient information with the standard nutrient information to determine missing nutrient information, and inquiring commodities containing nutrient elements indicated by the missing nutrient information in a plurality of candidate commodities to serve as the commodities to be pushed, wherein the standard nutrient information comprises standard nutrient distribution and nutrient standard value; or alternatively, the first and second heat exchangers may be,
And when the commodity recommendation mode indicates recommendation according to commodity heat, acquiring the heat standard input by the user, and inquiring candidate commodities with commodity heat matched with the heat standard from a plurality of candidate commodities as the plurality of commodities to be pushed.
Optionally, the sorting the plurality of articles to be pushed according to a preset sorting factor includes:
when the preset ordering factor indicates ordering according to the store distance, determining a plurality of stores for providing the plurality of commodities to be pushed, and marking the plurality of stores by adopting the plurality of commodities to be pushed;
acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores;
and sorting the marked stores according to the order of the position distances from small to large.
Optionally, the sorting the plurality of articles to be pushed according to a preset sorting factor includes:
when the preset ordering factor indicates ordering according to the ordering times, extracting a plurality of historical ordering commodities included in the historical consumption data, and inquiring a plurality of commodity labels of the historical ordering commodities;
Counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times;
sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result;
inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity identifications with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
Optionally, the method further comprises:
in response to an ordering request for at least two specified commodities in the plurality of commodities to be pushed, determining at least two specified stores for providing the at least two specified commodities, and querying a store business circle to which each specified store in the at least two specified stores belongs;
when the store business circles of the at least two designated stores are consistent, generating a first order to be paid, which comprises the at least two designated commodities, displaying the first order to be paid, splitting the first order to be paid into at least two sub-orders according to the at least two designated stores when successful payment of the first order to be paid is detected, pushing the at least two sub-orders to the at least two designated stores respectively, and distributing distribution resources for the first order to be paid, which is successful in payment, so that the distribution resources distribute the at least two designated commodities;
When the store business circles of the at least two designated stores are inconsistent, at least two second to-be-paid orders are generated for the at least two designated commodities respectively, the at least two second to-be-paid orders are displayed, and when the at least two second to-be-paid orders are detected to be successful in payment, the at least two second to-be-paid orders which are successful in payment are respectively pushed to the at least two designated stores, at least two distribution resources are distributed for the at least two second to-be-paid orders which are successful in payment, and the at least two distribution resources distribute the at least two designated commodities.
According to a third aspect of the present application there is provided a merchandise display device, the device comprising:
the acquisition module is used for responding to a commodity display request of a user and acquiring historical consumption data of the user;
the determining module is used for determining a plurality of commodities to be pushed, and nutrition information of the commodities to be pushed is matched with missing nutrition information indicated by historical ordering commodities included in the historical message data;
the display module is used for sorting the plurality of commodities to be pushed according to a preset sorting factor and displaying the sorted commodities to be pushed to the user.
Optionally, the apparatus further comprises:
the statistics module is used for counting commodities provided by a plurality of stores which are accessed currently as a plurality of candidate commodities;
the analysis module is used for analyzing at least one original material included in each candidate commodity in the plurality of candidate commodities;
the construction module is used for constructing nutrient distribution and nutrient reference values of each candidate commodity according to the nutrient elements and element values corresponding to the at least one original material;
the first generation module is used for marking the nutrition distribution by adopting the nutrient reference value and generating nutrition information of each candidate commodity;
and the association module is used for carrying out association storage on each candidate commodity and the corresponding nutrition information.
Optionally, the acquiring module is configured to determine a historical time period to be counted, and acquire a plurality of completed orders of the user in the historical time period to be counted; and extracting a plurality of historical order placing commodities from the plurality of completed orders, and taking the plurality of historical order placing commodities as historical consumption data of the user.
Optionally, the determining module is configured to extract a plurality of historical ordering commodities included in the historical consumption data, and parse the plurality of historical ordering commodities to obtain at least one specified original material included in the plurality of historical ordering commodities; constructing the appointed nutrient distribution and the appointed nutrient reference value of the historical commodity according to the appointed nutrient element and the appointed element value corresponding to the at least one appointed raw material; marking the nutrition distribution by adopting the nutrient reference value to generate appointed nutrition information of the historical commodity; obtaining standard nutrition information, wherein the standard nutrition information comprises standard nutrition distribution and a nutrition standard value; comparing the specified nutritional information with the standard nutritional information to determine the missing nutritional information; querying commodities which comprise nutrient elements indicated by the missing nutrient information from a plurality of candidate commodities as the commodities to be pushed.
Optionally, the determining module is configured to obtain the specified nutrient distribution and the standard nutrient distribution, and query whether the specified nutrient distribution covers the standard nutrient distribution; when the query determines that the specified nutrient distribution does not cover the standard nutrient distribution, determining a first target nutrient element which is not covered by the specified nutrient distribution in the standard nutrient distribution, and taking the first target nutrient element as the missing nutrient information; and when the query determines that the specified nutrient distribution covers all the standard nutrient distribution, comparing the specified nutrient reference value with a nutrient standard value according to the specified nutrient distribution and the standard nutrient distribution, determining a second target nutrient element of which the specified nutrient reference value is lower than the nutrient standard value, and taking the second target nutrient element as the missing nutrient information.
Optionally, the display module is configured to determine a plurality of stores that provide the plurality of to-be-pushed goods, and label the plurality of stores with the plurality of to-be-pushed goods when the preset ordering factor indicates ordering according to a store distance; acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores; and sorting the marked stores according to the order of the position distances from small to large.
Optionally, the display module is configured to extract a plurality of historical ordering commodities included in the historical consumption data when the preset ordering factor indicates ordering according to the ordering times, and query a plurality of commodity labels of the plurality of historical ordering commodities; counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times; sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result; inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity identifications with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
Optionally, the apparatus further comprises:
the second generation module is used for generating a nutrition deficiency prompt based on the nutrition deficiency information;
the display module is further used for determining a reminding area in the display pages of the plurality of commodities to be pushed, and displaying the nutrition deficiency reminding in the reminding area;
and the display module is further used for generating a nutrition comparison chart of the standard nutrition information and the missing nutrition information when the nutrition missing prompt displayed in the prompt area is detected to be triggered, and displaying the nutrition comparison chart to the user.
Optionally, the apparatus further comprises:
the display module is further configured to obtain a target nutrient distribution and a target nutrient reference value of the target commodity when it is detected that the target commodity in the plurality of commodities to be pushed is triggered, and display the target nutrient distribution, the target nutrient reference value and target commodity information of the target commodity to the user;
the third generation module is used for responding to the order placing request of the target commodity, generating an order to be paid comprising the target commodity and displaying the order to be paid;
and the pushing module is used for pushing the order to be paid to a target store for providing the target commodity when the successful payment of the order to be paid is detected.
Optionally, the determining module is further configured to determine at least two designated stores that provide at least two designated products of the plurality of products to be pushed in response to a request for ordering the at least two designated products, and query a store business district to which each designated store of the at least two designated stores belongs;
the display module is further configured to generate a second to-be-paid order including the at least two specified commodities when the store business communities to which the at least two specified stores belong are consistent, display the second to-be-paid order, split the second to-be-paid order into at least two sub-orders according to the at least two specified stores when successful payment of the second to-be-paid order is detected, push the at least two sub-orders to the at least two specified stores respectively, and allocate distribution resources for the second to-be-paid order that is successful in payment, so that the distribution resources distribute the at least two specified commodities;
The display module is further configured to generate at least two third to-be-paid orders for the at least two specified commodities when the store business communities to which the at least two specified stores belong are inconsistent, display the at least two third to-be-paid orders, and push the at least two third to-be-paid orders that are successfully paid to the at least two specified stores when the at least two third to-be-paid orders are detected to be successfully paid, and allocate at least two distribution resources for the at least two third to-be-paid orders that are successfully paid, so that the at least two distribution resources distribute the at least two specified commodities.
According to a fourth aspect of the present application there is provided a merchandise display device, the device comprising:
the acquisition module is used for responding to a commodity display request of a user and acquiring a commodity recommendation mode selected by the user;
the determining module is used for determining a plurality of commodities to be pushed based on the commodity recommending mode;
the display module is used for sorting the plurality of commodities to be pushed according to a preset sorting factor and displaying the sorted commodities to be pushed to the user.
Optionally, the determining module is configured to obtain historical consumption data of the user when the commodity recommendation mode indicates that the commodity is recommended according to a merchant, extract a plurality of historical ordering commodities included in the historical consumption data, determine a plurality of merchants to be recommended that supply the plurality of historical ordering commodities, and take commodities marked by the plurality of merchants to be recommended as the plurality of commodities to be pushed; or when the commodity recommendation mode indicates recommending according to nutrients, analyzing the historical ordered commodities to obtain at least one appointed original material contained in the historical ordered commodities, constructing appointed nutrient distribution and appointed nutrient reference values of the historical ordered commodities according to appointed nutrient elements and appointed element values corresponding to the at least one appointed original material, marking the nutrient distribution by adopting the nutrient reference values to generate appointed nutrient information of the historical ordered commodities, acquiring standard nutrient information, comparing the appointed nutrient information with the standard nutrient information, determining the missing nutrient information, and inquiring commodities containing nutrient elements indicated by the missing nutrient information in a plurality of candidate commodities to serve as the commodities to be pushed, wherein the standard nutrient information comprises standard nutrient distribution and nutrient reference values; or when the commodity recommendation mode indicates that the commodity is recommended according to the commodity heat, acquiring the heat standard input by the user, and inquiring candidate commodities with the commodity heat matched with the heat standard from a plurality of candidate commodities as the plurality of commodities to be pushed.
Optionally, the display module is configured to determine a plurality of stores that provide the plurality of to-be-pushed goods, and label the plurality of stores with the plurality of to-be-pushed goods when the preset ordering factor indicates ordering according to a store distance; acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores; and sorting the marked stores according to the order of the position distances from small to large.
Optionally, the display module is configured to extract a plurality of historical ordering commodities included in the historical consumption data, and query a plurality of commodity labels of the plurality of historical ordering commodities when the preset ordering factor indicates ordering according to the ordering times; counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times; sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result; inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity identifications with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
Optionally, the determining module is configured to determine at least two designated stores that provide at least two designated products in the plurality of products to be pushed in response to a request for ordering the at least two designated products, and query a store business district to which each designated store belongs;
the display module is configured to generate a first to-be-paid order including the at least two specified commodities when the store business circles to which the at least two specified stores belong are consistent, display the first to-be-paid order, split the first to-be-paid order into at least two sub-orders according to the at least two specified stores when successful payment of the first to-be-paid order is detected, push the at least two sub-orders to the at least two specified stores respectively, and allocate distribution resources for the first to-be-paid order that is successful in payment, so that the distribution resources distribute the at least two specified commodities;
the display module is configured to generate at least two second to-be-paid orders for the at least two specified commodities when the store business circles to which the at least two specified stores belong are inconsistent, display the at least two second to-be-paid orders, and push the at least two second to-be-paid orders that are successfully paid to the at least two specified stores when the at least two second to-be-paid orders are detected to be successfully paid, and allocate at least two distribution resources for the at least two second to-be-paid orders that are successfully paid, so that the at least two distribution resources distribute the at least two specified commodities.
According to a fifth aspect of the present application there is provided a computer device comprising a memory storing a computer program and a processor implementing the steps of the method of any of the first or second aspects described above when the computer program is executed by the processor.
According to a sixth aspect of the present application there is provided a computer readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of the method of any of the first or second aspects described above.
By means of the technical scheme, the commodity display method, the commodity display device, the computer equipment and the computer readable storage medium are used for responding to the commodity display request of the user, acquiring historical consumption data of the user, determining missing nutrition information of the user through analysis of the historical consumption data, taking commodities with nutrition information matched with the missing nutrition information as a plurality of commodities to be pushed, sorting the plurality of commodities to be pushed according to a preset sorting factor, and displaying the sorted commodities to be pushed to the user, so that the nutrition information filtering capability is improved when the commodities are displayed, the commodity recommendation precision is improved, and the waste of recommended resources is avoided.
The foregoing description is only an overview of the technical solutions of the present application, and may be implemented according to the content of the specification in order to make the technical means of the present application more clearly understood, and in order to make the above-mentioned and other objects, features and advantages of the present application more clearly understood, the following detailed description of the present application will be given.
Drawings
Various other advantages and benefits will become apparent to those of ordinary skill in the art upon reading the following detailed description of the preferred embodiments. The drawings are only for purposes of illustrating the preferred embodiments and are not to be construed as limiting the application.
Also, like reference numerals are used to designate like parts throughout the figures. In the drawings:
fig. 1A shows a schematic flow chart of a commodity display method according to an embodiment of the present application;
fig. 1B illustrates a schematic flow chart of a commodity display method according to an embodiment of the present application;
fig. 2A is a schematic flow chart of a commodity display method according to an embodiment of the present application;
fig. 2B is a schematic flow chart of a commodity display method according to an embodiment of the present application;
fig. 3A shows a schematic structural diagram of a merchandise display device according to an embodiment of the present application;
Fig. 3B illustrates a schematic structural diagram of a merchandise display device according to an embodiment of the present application;
fig. 3C illustrates a schematic structural diagram of a merchandise display device according to an embodiment of the present application;
fig. 3D is a schematic structural diagram of a merchandise display device according to an embodiment of the present disclosure;
fig. 4 shows a schematic structural diagram of a merchandise display device according to an embodiment of the present application;
fig. 5 shows a schematic device structure of a computer device according to an embodiment of the present application.
Detailed Description
Exemplary embodiments of the present application will be described in more detail below with reference to the accompanying drawings. While exemplary embodiments of the present application are shown in the drawings, it should be understood that the present application may be embodied in various forms and should not be limited to the embodiments set forth herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and will fully convey the scope of the disclosure to those skilled in the art.
The embodiment of the application provides a commodity display method, as shown in fig. 1A, which comprises the following steps:
101. and responding to the commodity display request of the user, and acquiring historical consumption data of the user.
102. And determining a plurality of commodities to be pushed, wherein the nutrition information of the commodities to be pushed is matched with the missing nutrition information indicated by the historical ordering commodity included in the historical message data.
103. And sorting the plurality of commodities to be pushed according to a preset sorting factor, and displaying the sorted commodities to be pushed to a user.
According to the method provided by the embodiment of the application, the historical consumption data of the user is obtained in response to the commodity display request of the user, the missing nutrition information of the user is determined through analysis of the historical consumption data, commodities with the nutrition information matched with the missing nutrition information are used as a plurality of commodities to be pushed, the commodities to be pushed are ordered according to the preset ordering factors, and the ordered commodities to be pushed are displayed to the user, so that the nutrition information filtering capability is improved when the commodities are displayed, the commodity recommendation precision is improved, and the waste of recommended resources is avoided.
The embodiment of the application provides a commodity display method, as shown in fig. 1B, which comprises the following steps:
104. and responding to the commodity display request of the user, and acquiring the commodity recommendation mode selected by the user.
105. And determining a plurality of commodities to be pushed based on the commodity recommendation mode.
106. And sorting the plurality of commodities to be pushed according to a preset sorting factor, and displaying the sorted commodities to be pushed to a user.
According to the method provided by the embodiment of the application, the commodity recommending mode selected by the user is obtained in response to the commodity display request of the user, the commodities to be pushed are determined based on the commodity recommending mode, the commodities to be pushed are ordered according to the preset ordering factors, and the ordered commodities to be pushed are displayed to the user, so that diversified recommendation can be performed according to the recommending mode selected by the user when the commodities are displayed, recommending requirements of different users are met, commodity recommending precision is improved, and waste of recommending resources is avoided.
The embodiment of the application provides a commodity display method, as shown in fig. 2A, which comprises the following steps:
201. and responding to the commodity display request of the user, and acquiring historical consumption data of the user.
In recent years, online shopping is gradually rising, people can purchase clothes, electric appliances and the like on an online platform, and can take out a bill to enjoy food anywhere and anytime. Considering that more and more stores provide takeaway service in the online platform are available, and some stores provide the same commodity, so that massive data are accumulated in the online platform, and a user is difficult to quickly locate the commodity which the user wants to purchase in the massive data, so that when the commodity is displayed to the user, a plurality of online platforms can analyze the big data, estimate the commodity which the user probably likes, and display the estimated commodity preferentially. However, the applicant realizes that the ordering recommendation of the commodities is performed according to the preference of the user, so that the commodity order seen by the user every day is basically consistent, the user is tired and lost after using for many times, the reference factors are single when the commodities are displayed, the precision is low, and the recommended resources are wasted.
Therefore, the commodity display method is provided, the commodity display request of the user is responded, the historical consumption data of the user is obtained, the missing nutrition information of the user is determined through analysis of the historical consumption data, commodities with the nutrition information matched with the missing nutrition information are used as a plurality of commodities to be pushed, the commodities to be pushed are ordered according to a preset ordering factor, the ordered commodities to be pushed are displayed to the user, so that the filtering capacity of the nutrition information is improved when the commodities are displayed, the commodity recommendation precision is improved, the health of the user is guaranteed, the browsing quantity of recommended commodities is improved, and the waste of recommended resources is avoided.
In order to implement the technical solution in the embodiments of the present application, it is necessary to analyze the commodities provided by the store in the access platform in advance, and analyze the nutrition information of each commodityAnd then determining nutrition missing by the user according to the historical consumption data of the user, and displaying commodities for the user according to the nutrition missing by the user. Specifically, the platform may count the products offered by the plurality of stores currently accessed as a plurality of candidate products. And then, analyzing at least one original material included in each candidate commodity, such as flammulina velutipes and fat beef rice, for each candidate commodity in the plurality of candidate commodities, wherein the determined at least one original material is flammulina velutipes, beef and rice. Then, according to nutrient elements and element values corresponding to at least one original material, constructing nutrient distribution and nutrient reference values of each candidate commodity, continuing to illustrate by taking flammulina velutipes fat-containing medical rice as an example, wherein flammulina velutipes contains abundant zinc elements, beef contains abundant proteins, rice contains abundant vitamins, proteins and other nutrient components, the nutrient distribution constructed for flammulina velutipes fat-containing medical rice can be expressed as [ zinc elements, proteins and vitamins ], and the nutrient reference values can be expressed as [ rich, abundant and rich ]. And finally, marking the nutrition distribution by adopting a nutrient reference value, generating nutrition information of each candidate commodity, and storing each candidate commodity and the corresponding nutrition information in a correlated way. For example, the nutritional information generated for flammulina velutipes-fat medical rice can be expressed as [ zinc element ] Rich Protein Rich Vitamins Rich And correlating the nutrition information with flammulina velutipes fat rice. When nutrition information is built for the candidate commodity, the original materials of some candidate commodity comprise common staple foods, such as rice, steamed bread and the like, and the staple foods are not key original materials of the candidate commodity, so that the staple foods can be omitted when the nutrition information is built actually, for example, rice can be omitted when nutrition information is built for flammulina velutipes and beef rice, only the nutrition values of flammulina velutipes and beef are evaluated, repeated work is omitted, and the workload of creating the nutrition information is reduced. For some candidate commodities taking staple food as key raw materials, such as red date millet porridge, wherein millet belongs to the key raw materials, the millet needs to be taken into consideration when the nutritive value is created, so that the authenticity and reliability of the created nutritive information are ensured. The specific manner in which the nutritional information is created is not limited in this application.
Therefore, when the user has the requirement of displaying the commodity, the platform can acquire the historical consumption record of the user, and nutrition analysis is carried out according to the historical consumption record, so that the related commodity to be pushed is displayed for the user. It should be noted that, before the historical consumption record of the user is obtained, the user needs to perform authorization, and after the authorization is successful, the platform can obtain the historical consumption record of the user and then determine the commodity to be pushed for the user. The requirement of the user for displaying the commodity can be reflected through a commodity display request of the user, and particularly, the commodity display request can be triggered by the user requesting to search the commodity, the user triggering to enter an active meeting place or the user opening an APP (Application) provided by a platform at the front end. And in response to the merchandise display request of the user, the platform may obtain historical consumption data of the user. Considering that the historical consumption data is also time-efficient, the historical consumption data with long time cannot actually show the current nutrition deficiency state of the user, and only the historical consumption data with short time has analysis significance, so that when the historical consumption data is acquired, the platform can determine the historical time period to be counted, acquire a plurality of completed orders of the user in the historical time period to be counted, extract a plurality of historical ordering commodities from the completed orders, and take the historical ordering commodities as the historical consumption data of the user. Wherein the historical time period may be the past week, the past 15 days, the past month, etc., such that a nutritional deficiency of one week, a nutritional deficiency within 15 days, or a nutritional deficiency of one month of the user may be determined based on the historical consumption data, the specific range of the historical time period is not limited in this application.
202. And determining a plurality of commodities to be pushed.
In the embodiment of the application, after the historical consumption data of the user are obtained, the platform determines a plurality of commodities to be pushed according to the historical consumption data. The nutritional information of the plurality of commodities to be pushed is matched with the missing nutritional information indicated by the historical order commodity included in the historical message data, that is, the nutritional value contained in the plurality of commodities to be pushed is missing in the consumption of the past time period of the user, so that the user is recommended to the user, the user is convenient to supplement relevant nutrition, and the process of specifically determining the plurality of commodities to be pushed is as follows:
firstly, extracting a plurality of historical ordering commodities included in historical consumption data, analyzing the historical ordering commodities to obtain at least one appointed original material included in the historical ordering commodities, constructing appointed nutrient distribution and appointed nutrient reference values of the historical ordering commodities according to appointed nutrient elements and appointed element values corresponding to the at least one appointed original material, marking the nutrient distribution by adopting the nutrient reference values, and generating appointed nutrient information of the historical ordering commodities. The specific process of generating the specified nutritional information is identical to the process of generating the nutritional information for the candidate commodity described in step 201, and will not be described in detail here.
Subsequently, standard nutrient information including a standard nutrient distribution and a nutrient standard value, that is, standard nutrient information indicating a standard nutrient distribution required for a human body and a nutrient standard value of each nutrient element, can be extracted based on dietary nutrient rules, is acquired. It should be noted that, because the present application is historical consumption data counted according to a historical time period, different standard nutrition information can be set according to the duration of the historical time period. For example, when the historical time period is one week, the standard nutrient information may indicate a standard nutrient profile and a nutrient standard value required by the human body per week; when the history period is one month, the standard nutrition information can indicate standard nutrient distribution and a nutrient standard value required by the human body per month, and the setting mode of the standard nutrition information is not particularly limited.
Next, the specified nutritional information is compared with the standard nutritional information to determine missing nutritional information. When determining that the nutrition information is missing, acquiring a specified nutrient distribution and a standard nutrient distribution, and inquiring whether the specified nutrient distribution covers the standard nutrient distribution. Specifically, when the query determines that the specified nutrient distribution does not cover the standard nutrient distribution, it indicates that the user's nutrition has a missing of a certain nutrient element in the historical period, and that the user needs to be supplemented with the missing part of the nutrition, and therefore, the platform determines a first target nutrient element, which is not covered by the specified nutrient distribution, in the standard nutrient distribution, and takes the first target nutrient element as missing nutrient information. For example, assuming that the standard nutrient profile includes nutrient elements of [ carbohydrate, fat, protein, vitamin, inorganic salt, water, dietary fiber ] respectively, and the specified nutrient profile includes nutrient elements of [ protein, vitamin, inorganic salt, water ] respectively, determining that the first target nutrient element not covered by the specified nutrient profile in the standard nutrient profile is [ carbohydrate, fat, dietary fiber ].
On the other hand, when the query determines that the specified nutrient distribution covers all of the standard nutrient distributions, which means that the nutrition of the user in the history period does not occur the deletion of a certain nutrient element, it is necessary to continue the evaluation with reference to the specified nutrient reference value and the nutrient standard value, determine insufficient nutrient elements of the user in the history period, and regard the determined insufficient nutrient elements as the missing nutrient information. Namely, according to the designated nutrient distribution and the standard nutrient distribution, comparing the designated nutrient reference value with the nutrient standard value, determining a second target nutrient element with the designated nutrient reference value lower than the nutrient standard value, and taking the second target nutrient element as missing nutrient information. Continuing with the above example, where the specified nutrient profile has been covered by [ carbohydrates, fats, proteins, vitamins, inorganic salts, water, dietary fiber ], the specified nutrient reference value and the nutrient standard value need to be aligned. Assuming that the nutrient standard value indicates that each nutrient element needs to be maintained [ rich ], and the specific nutrient reference value corresponding to the specific nutrient reference value of the specific nutrient reference values is less, the determined second target nutrient element is the specific nutrient reference value of the specific nutrient reference values, namely the specific nutrient reference values are the specific nutrient reference values of the specific nutrient elements, namely the specific nutrient elements, and the specific nutrient elements are the specific nutrient elements as missing nutrient information.
And finally, inquiring the commodities comprising the nutrient elements indicated by the missing nutrient information from the plurality of candidate commodities as a plurality of commodities to be pushed. For example, assuming that the missing nutritional information is [ carbohydrate ] and [ protein ], the "cooked rice", "steamed bread" including [ carbohydrate ], and the "stir-fried beef" including [ protein ] may be used as the commodity to be pushed. Further, in an alternative embodiment, the determination of the item to be pushed may also be made with reference to the degree of nutritional deficiency of the missing nutritional information. That is, assuming that the missing nutritional information includes [ carbohydrate ] and the user is instructed to never purchase the commodity including [ carbohydrate ] in the historical consumption data, the degree of nutritional missing of the user can be determined to be severely missing [ carbohydrate ], so that the commodity rich in [ carbohydrate ] such as "Yangzhou fried rice" can be regarded as the commodity to be pushed, while the process of determining the commodity to be pushed is not particularly limited for some commodity trace in [ carbohydrate ] such as "fried potato chips".
203. And ordering the plurality of commodities to be pushed according to a preset ordering factor.
In this embodiment of the present application, after a plurality of commodities to be pushed are obtained by screening, some preset ordering factors, such as distance, purchase times, etc., may be defaulted in the platform, and the commodities are continuously ordered and displayed according to the preset ordering factors, so that when a plurality of commodities to be pushed are displayed, reference to the preset ordering factors is also required. The following describes a process of sorting a plurality of goods to be pushed according to a preset sorting factor:
when the preset ordering factor indicates ordering according to the store distance, the platform firstly determines a plurality of stores for providing a plurality of commodities to be pushed, and labels the stores by adopting the commodities to be pushed. Then, the platform acquires the current geographic position of the user, calculates a plurality of position distances between the current geographic position and the store geographic positions of the stores, and sorts the marked stores according to the order of the position distances from small to large.
When the preset ordering factor indicates ordering according to the ordering times, the platform extracts a plurality of historical ordering commodities included in the historical consumption data, and queries a plurality of commodity labels of the historical ordering commodities, for example, the commodity labels can be "covered meal type", "sweet type", "fast food type" and the like. And then, counting the occurrence times of each commodity label in the plurality of commodity labels by the platform, and marking the plurality of commodity labels by adopting the occurrence times. For example, the number of occurrences of "rice covered" is 5 times, the number of occurrences of "sweet" is 1 time, and the number of occurrences of "fast food" is 10 times. And then, the platform sorts the plurality of commodity labels according to the sequence from the large number of occurrence times to the small number of occurrence times to obtain a sorting result, inquires the plurality of commodity labels of the plurality of commodities to be pushed, compares the plurality of commodity identifications with the sorting result, and sorts the plurality of commodities to be pushed according to the comparison result. For example, the sorting results of the commodity labels mentioned above are "fast food", "rice covered" and "dessert", and the plurality of commodities to be pushed are fried chicken, mango thousand layers and tomato rice covered, respectively, and the plurality of commodities to be pushed after sorting are [ fried chicken, tomato rice covered and mango thousand layers ].
It should be noted that, the above is to order the multiple goods to be pushed according to the store distance and the number of times of ordering, and in the practical application process, a user portrait for indicating the preference of the user may also be constructed according to the historical consumption data of the user, the interest degree of the user on the multiple goods to be pushed is determined according to the user portrait, and the multiple goods to be pushed are ordered according to the order from high to low of interest degree. The sorting strategy of the plurality of commodities to be pushed is not particularly limited.
204. And displaying the sorted plurality of goods to be pushed to a user.
In the embodiment of the application, after the sorting of the plurality of commodities to be pushed is completed, the platform displays the sorted plurality of commodities to be pushed to a user. And because this application is different from prior art, be waiting to push commodity that the user confirmed for the user through judging the nutrition that the user lacks, in order to make the user know the push strategy of this commodity, the platform can remind the user, namely the platform is based on the nutrition information that lacks, generates nutrition and lacks and reminds to confirm the warning area in the show page of a plurality of commodity that wait to push, with nutrition deficiency warning show in the warning area, so that inform the user and take place the condition that nutrition is lost at present. Subsequently, when the platform detects that the nutrition missing prompt displayed in the prompt area is triggered, a nutrition comparison chart of the standard nutrition information and the missing nutrition information is generated, and the nutrition comparison chart is displayed to a user. For example, a bar graph, a line graph, a sector graph and the like comprising the standard nutrition information and the missing nutrition information can be generated, so that a user can clearly determine the difference between the nutrition of the user and the nutrition state indicated by the standard nutrition information, the credibility of the commodity to be pushed is improved, the triggering rate is increased, and the user precipitation is promoted.
Further, in another optional embodiment, since the to-be-pushed commodity is recommended to the user to be placed, when the platform detects that the target commodity in the multiple to-be-pushed commodities is triggered, the target nutrient distribution and the target nutrient reference value of the target commodity are acquired, and the target nutrient distribution, the target nutrient reference value and the target commodity information of the target commodity are displayed to the user, that is, the user is enabled to know which nutrients the target commodity can supplement and what the supplementing nutrition amount is. Then, in response to the order placing request for the target commodity, the platform generates an order to be paid, which includes the target commodity, displays the order to be paid, and pushes the order to be paid to a target store providing the target commodity when successful payment of the order to be paid is detected. In addition, after the current order is placed, the distribution of the specific nutrients generated for the user is actually changed, and the nutrition information of the commodity placed at the current time needs to be supplemented, so that the platform can supplement the current order data to the historical consumption data, so that when the user requests to display the commodity next time, the specific nutrition information which is more relevant to the current actual situation is generated for the user again, the new commodity to be pushed is determined for the user again, the condition that the commodity to be pushed displayed for the user accords with the actual nutrition loss condition of the user is ensured, and the user is healthier.
In another optional embodiment, the application further provides a business turn ordering function, so that a user can order goods in different stores belonging to the same store commodity and uniformly distribute the goods by a distribution resource, and the boundary between merchants is broken through, and the specific process is as follows:
in response to a request for ordering at least two designated merchandise of the plurality of merchandise to be pushed, the platform determines at least two designated stores providing the at least two designated merchandise, and queries a store business circle to which each of the at least two designated stores belongs.
When the store business circles of at least two designated stores are consistent, the designated goods can be uniformly distributed by one distribution resource in the same order, and the distribution resource is a resource with terminal distribution capability such as a rider, a distribution vehicle, a distribution robot and the like, so that the boundary between the businesses is broken, and the distribution capacity is saved. Therefore, the platform generates a second order to be paid comprising at least two specified commodities, and displays the second order to be paid for the user to pay. When the platform detects that the second order to be paid is successful in payment, the platform divides the second order to be paid into at least two sub orders according to the at least two designated stores as the at least two designated stores need to be sent to the at least two designated stores for stock respectively, and pushes the at least two sub orders to the at least two designated stores respectively, so that distribution resources are distributed for the second order to be paid, which is successful in payment, so that the distribution resources distribute the at least two designated commodities.
When the store business circles of the at least two designated stores are inconsistent, the at least two designated stores are not in the same store business circle, and unified distribution cannot be performed, so that the platform generates at least two third to-be-paid orders for the at least two designated commodities respectively, displays the at least two third to-be-paid orders, pushes the at least two third to-be-paid orders which are successfully paid to the at least two designated stores respectively when the at least two third to-be-paid orders are detected to be successfully paid, and distributes at least two distribution resources for the at least two third to-be-paid orders which are successfully paid, so that the at least two distribution resources distribute the at least two designated commodities.
According to the method provided by the embodiment of the application, the historical consumption data of the user is obtained in response to the commodity display request of the user, the missing nutrition information of the user is determined through analysis of the historical consumption data, commodities with the nutrition information matched with the missing nutrition information are used as a plurality of commodities to be pushed, the commodities to be pushed are ordered according to the preset ordering factors, and the ordered commodities to be pushed are displayed to the user, so that the nutrition information filtering capability is improved when the commodities are displayed, the commodity recommendation precision is improved, and the waste of recommended resources is avoided.
Optionally, in another embodiment, the user may also select a recommendation manner, such as according to a merchant recommendation, according to a nutritional recommendation, according to a caloric recommendation, and so on, so that the platform determines, for the user, the commodity to be pushed according to the recommendation manner selected by the user, so as to meet different recommendation requirements of different users, and referring to fig. 2B, a specific process for displaying the commodity includes:
205. and responding to the commodity display request of the user, and acquiring the commodity recommendation mode selected by the user.
The commodity recommendation method can be recommendation according to merchants, recommendation according to nutrients, recommendation according to commodity calories and the like, and specific content of the commodity recommendation method is not limited in the application.
206. And determining a plurality of commodities to be pushed based on the commodity recommendation mode.
The commodity recommendation modes can be multiple, and the commodities recommended by different commodity recommendation modes are different, so that a plurality of commodities to be pushed need to be determined based on the commodity recommendation modes. The following describes the process of determining the goods to be pushed in different goods recommending modes:
when the commodity recommending mode indicates recommending according to the merchant, the platform acquires historical consumption data of the user, extracts a plurality of historical ordering commodities included in the historical consumption data, determines a plurality of merchants to be recommended for supplying the historical ordering commodities, and takes commodities marked by the merchants to be recommended as the commodities to be pushed. The commodity marked by the merchant to be recommended can be preferential commodity, star commodity and the like of the commodity to be pushed, and can be determined by the merchant to be recommended. It should be noted that, before the historical consumption record of the user is obtained, the user needs to perform authorization, and after the authorization is successful, the platform can obtain the historical consumption record of the user and then determine the commodity to be pushed for the user.
When the commodity recommendation mode indicates recommending according to nutrients, analyzing a plurality of historical commodity, obtaining at least one appointed original material contained in the historical commodity, constructing appointed nutrient distribution and appointed nutrient reference value of the historical commodity according to the appointed nutrient element and the appointed element value corresponding to the at least one appointed original material, marking the nutrient distribution by adopting the nutrient reference value, generating appointed nutrient information of the historical commodity, obtaining standard nutrient information, comparing the appointed nutrient information with the standard nutrient information, determining missing nutrient information, and inquiring the commodity containing the nutrient element indicated by the missing nutrient information in the candidate commodity as a plurality of commodity to be pushed, wherein the standard nutrient information comprises standard nutrient distribution and a nutrient standard value. The process of determining the commodity to be pushed according to the nutrients is consistent with the process described in the step 202, and will not be described herein.
When the commodity recommendation mode indicates that recommendation is performed according to commodity heat, a heat standard input by a user is acquired, for example, the heat standard can be high heat, medium heat, low heat and the like, or can also be a specific heat value such as 1000 kilojoules, 2000 kilojoules and the like, and the application is not limited in detail. And then, the platform queries the candidate commodities with the commodity heat matched with the heat standard from the plurality of candidate commodities as a plurality of commodities to be pushed. For example, the commodity with high heat is selected as the commodity to be pushed, and it should be noted that the commodity to be pushed is not limited to come from the same store, is not limited to come from the same platform, and can be provided by a third party platform.
207. And sorting the plurality of commodities to be pushed according to a preset sorting factor, and displaying the sorted commodities to be pushed to a user.
After the multiple commodities to be pushed are screened, some preset ordering factors, such as distance, purchase times, etc., may be defaulted in the platform, and the commodities are continuously ordered and displayed according to the preset ordering factors, so that the preset ordering factors need to be referred to when the multiple commodities to be pushed are displayed. The following describes a process of sorting a plurality of goods to be pushed according to a preset sorting factor:
when the preset ordering factor indicates ordering according to the store distance, determining a plurality of stores for providing a plurality of commodities to be pushed, marking the stores by adopting the commodities to be pushed, acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and the store geographic positions of the stores. And sorting the marked stores according to the order of the position distances from small to large.
When the preset ordering factor indicates ordering according to the ordering times, extracting a plurality of historical ordering commodities included in the historical consumption data, inquiring a plurality of commodity labels of the historical ordering commodities, counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times. Sequencing the plurality of commodity labels according to the sequence from the large number of occurrences to the small number of occurrences to obtain a sequencing result, inquiring the plurality of commodity labels of the plurality of commodities to be pushed, comparing the plurality of commodity identifications with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
The specific sorting process is identical to the process described in step 203, and will not be described herein. In addition, in another optional embodiment, the application also provides a business turn ordering function, so that the user can order the commodities in different stores belonging to the same store commodity and uniformly distribute the commodities by one distribution resource, and the boundary between merchants is broken through, and the specific process is as follows:
in response to a request for ordering at least two designated merchandise of the plurality of merchandise to be pushed, the platform determines at least two designated stores providing the at least two designated merchandise, and queries a store business circle to which each of the at least two designated stores belongs.
When the store business circles of at least two designated stores are consistent, the designated goods can be uniformly distributed by one distribution resource in the same order, and the distribution resource is a resource with terminal distribution capability such as a rider, a distribution vehicle, a distribution robot and the like, so that the boundary between the businesses is broken, and the distribution capacity is saved. Therefore, the platform generates a second order to be paid comprising at least two specified commodities, and displays the second order to be paid for the user to pay. When the platform detects that the second order to be paid is successful in payment, the platform divides the second order to be paid into at least two sub orders according to the at least two designated stores as the at least two designated stores need to be sent to the at least two designated stores for stock respectively, and pushes the at least two sub orders to the at least two designated stores respectively, so that distribution resources are distributed for the second order to be paid, which is successful in payment, so that the distribution resources distribute the at least two designated commodities.
When the store business circles of the at least two designated stores are inconsistent, the at least two designated stores are not in the same store business circle, and unified distribution cannot be performed, so that the platform generates at least two third to-be-paid orders for the at least two designated commodities respectively, displays the at least two third to-be-paid orders, pushes the at least two third to-be-paid orders which are successfully paid to the at least two designated stores respectively when the at least two third to-be-paid orders are detected to be successfully paid, and distributes at least two distribution resources for the at least two third to-be-paid orders which are successfully paid, so that the at least two distribution resources distribute the at least two designated commodities.
According to the method provided by the embodiment of the application, the commodity recommending mode selected by the user is obtained in response to the commodity display request of the user, the commodities to be pushed are determined based on the commodity recommending mode, the commodities to be pushed are ordered according to the preset ordering factors, and the ordered commodities to be pushed are displayed to the user, so that diversified recommendation can be performed according to the recommending mode selected by the user when the commodities are displayed, recommending requirements of different users are met, commodity recommending precision is improved, and waste of recommending resources is avoided.
Further, as a specific implementation of the method shown in fig. 1A, an embodiment of the present application provides a merchandise display device, as shown in fig. 3A, where the device includes: an acquisition module 301, a determination module 302 and a presentation module 303.
The acquiring module 301 is configured to acquire historical consumption data of a user in response to a commodity display request of the user;
the determining module 302 is configured to determine a plurality of to-be-pushed commodities, where nutritional information of the plurality of to-be-pushed commodities is matched with missing nutritional information indicated by a historical order commodity included in the historical message data;
the display module 303 is configured to sort the plurality of to-be-pushed goods according to a preset sorting factor, and display the sorted plurality of to-be-pushed goods to the user.
In a specific application scenario, as shown in fig. 3B, the apparatus further includes: the system comprises a statistics module 304, a parsing module 305, a construction module 306, a first generation module 307 and an association module 308.
The statistics module 304 is configured to count commodities provided by a plurality of stores currently accessed as a plurality of candidate commodities;
the parsing module 305 is configured to parse, for each candidate commodity in the plurality of candidate commodities, at least one original material included in each candidate commodity;
The construction module 306 is configured to construct a nutrient distribution and a nutrient reference value of each candidate commodity according to the nutrient elements and the element values corresponding to the at least one raw material;
the first generating module 307 is configured to label the nutrition distribution by using the nutrient reference value, and generate nutrition information of each candidate commodity;
the association module 308 is configured to store each candidate commodity in association with corresponding nutritional information.
In a specific application scenario, the obtaining module 301 is configured to determine a historical time period to be counted, and obtain a plurality of completed orders of the user in the historical time period to be counted; and extracting a plurality of historical order placing commodities from the plurality of completed orders, and taking the plurality of historical order placing commodities as historical consumption data of the user.
In a specific application scenario, the determining module 302 is configured to extract a plurality of historical order articles included in the historical consumption data, analyze the plurality of historical order articles, and obtain at least one specified original material included in the plurality of historical order articles; constructing the appointed nutrient distribution and the appointed nutrient reference value of the historical commodity according to the appointed nutrient element and the appointed element value corresponding to the at least one appointed raw material; marking the nutrition distribution by adopting the nutrient reference value to generate appointed nutrition information of the historical commodity; obtaining standard nutrition information, wherein the standard nutrition information comprises standard nutrition distribution and a nutrition standard value; comparing the specified nutritional information with the standard nutritional information to determine the missing nutritional information; querying commodities which comprise nutrient elements indicated by the missing nutrient information from a plurality of candidate commodities as the commodities to be pushed.
In a specific application scenario, the determining module 302 is configured to obtain the specified nutrient distribution and the standard nutrient distribution, and query whether the specified nutrient distribution covers the standard nutrient distribution; when the query determines that the specified nutrient distribution does not cover the standard nutrient distribution, determining a first target nutrient element which is not covered by the specified nutrient distribution in the standard nutrient distribution, and taking the first target nutrient element as the missing nutrient information; and when the query determines that the specified nutrient distribution covers all the standard nutrient distribution, comparing the specified nutrient reference value with a nutrient standard value according to the specified nutrient distribution and the standard nutrient distribution, determining a second target nutrient element of which the specified nutrient reference value is lower than the nutrient standard value, and taking the second target nutrient element as the missing nutrient information.
In a specific application scenario, the display module 303 is configured to determine a plurality of stores that provide the plurality of to-be-pushed goods, and label the plurality of stores with the plurality of to-be-pushed goods when the preset ordering factor indicates ordering according to a store distance; acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores; and sorting the marked stores according to the order of the position distances from small to large.
In a specific application scenario, the display module 303 is configured to extract a plurality of historical ordering articles included in the historical consumption data, and query a plurality of article tags of the plurality of historical ordering articles when the preset ordering factor indicates ordering according to the ordering times; counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times; sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result; inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity identifications with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
In a specific application scenario, as shown in fig. 3C, the apparatus further includes: a second generation module 309.
The second generating module 309 is configured to generate a nutrition deficiency reminder based on the nutrition deficiency information;
the display module 303 is further configured to determine a reminding area in the display pages of the plurality of commodities to be pushed, and display the nutrition deficiency reminding in the reminding area;
the display module 303 is further configured to generate a nutrition comparison chart of standard nutrition information and the missing nutrition information when the nutrition missing prompt displayed in the prompt area is detected to be triggered, and display the nutrition comparison chart to the user.
In a specific application scenario, as shown in fig. 3D, the apparatus further includes: a third generation module 310 and a push module 311.
The display module 303 is further configured to, when detecting that a target commodity in the plurality of commodities to be pushed is triggered, obtain a target nutrient distribution and a target nutrient reference value of the target commodity, and display the target nutrient distribution, the target nutrient reference value and target commodity information of the target commodity to the user;
the third generating module 310 is configured to generate an order to be paid including the target commodity in response to a request for placing an order for the target commodity, and display the order to be paid;
the pushing module 311 is configured to, when it is detected that the payment of the order to be paid is successful, push the order to be paid to a target store that provides the target commodity.
In a specific application scenario, the determining module 302 is further configured to determine at least two designated stores for providing the at least two designated stores in response to a request for ordering at least two designated products among the plurality of to-be-pushed products, and query a store business district to which each designated store belongs;
The display module 303 is further configured to generate a second to-be-paid order including the at least two specified commodities when the store business communities to which the at least two specified stores belong are consistent, display the second to-be-paid order, split the second to-be-paid order into at least two sub-orders according to the at least two specified stores when the second to-be-paid order is detected to be successfully paid, push the at least two sub-orders to the at least two specified stores respectively, and allocate distribution resources for the second to-be-paid order that is successfully paid, so that the distribution resources distribute the at least two specified commodities;
the display module 303 is further configured to generate at least two third to-be-paid orders for the at least two specified commodities when the store business communities to which the at least two specified stores belong are inconsistent, display the at least two third to-be-paid orders, and push the at least two third to-be-paid orders that are successfully paid to the at least two specified stores when the at least two third to-be-paid orders are detected to be successfully paid, and allocate at least two distribution resources for the at least two third to-be-paid orders that are successfully paid, so that the at least two distribution resources distribute the at least two specified commodities.
According to the device provided by the embodiment of the application, the historical consumption data of the user is obtained in response to the commodity display request of the user, the missing nutrition information of the user is determined through analysis of the historical consumption data, commodities with the nutrition information matched with the missing nutrition information are used as a plurality of commodities to be pushed, the commodities to be pushed are ordered according to the preset ordering factors, and the ordered commodities to be pushed are displayed to the user, so that the nutrition information filtering capability is improved when the commodities are displayed, the commodity recommendation precision is improved, and the waste of recommended resources is avoided.
Further, as a specific implementation of the method shown in fig. 1B, an embodiment of the present application provides a merchandise display device, as shown in fig. 4, where the device includes: an acquisition module 401, a determination module 402 and a presentation module 403.
The acquiring module 401 is configured to respond to a commodity display request of a user, and acquire a commodity recommendation mode selected by the user;
the determining module 402 is configured to determine a plurality of to-be-pushed commodities based on the commodity recommendation manner;
the display module 403 is configured to sort the plurality of to-be-pushed goods according to a preset sorting factor, and display the sorted plurality of to-be-pushed goods to the user.
In a specific application scenario, the determining module 402 is configured to obtain historical consumption data of the user when the commodity recommendation mode indicates that the commodity is recommended according to a merchant, extract a plurality of historical ordered commodities included in the historical consumption data, determine a plurality of merchants to be recommended that supply the plurality of historical ordered commodities, and take commodities marked by the plurality of merchants to be recommended as the plurality of commodities to be pushed; or when the commodity recommendation mode indicates recommending according to nutrients, analyzing the historical ordered commodities to obtain at least one appointed original material contained in the historical ordered commodities, constructing appointed nutrient distribution and appointed nutrient reference values of the historical ordered commodities according to appointed nutrient elements and appointed element values corresponding to the at least one appointed original material, marking the nutrient distribution by adopting the nutrient reference values to generate appointed nutrient information of the historical ordered commodities, acquiring standard nutrient information, comparing the appointed nutrient information with the standard nutrient information, determining the missing nutrient information, and inquiring commodities containing nutrient elements indicated by the missing nutrient information in a plurality of candidate commodities to serve as the commodities to be pushed, wherein the standard nutrient information comprises standard nutrient distribution and nutrient reference values; or when the commodity recommendation mode indicates that the commodity is recommended according to the commodity heat, acquiring the heat standard input by the user, and inquiring candidate commodities with the commodity heat matched with the heat standard from a plurality of candidate commodities as the plurality of commodities to be pushed.
In a specific application scenario, the display module 403 is configured to determine a plurality of stores that provide the plurality of to-be-pushed goods, and label the plurality of stores with the plurality of to-be-pushed goods when the preset ordering factor indicates ordering according to a store distance; acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores; and sorting the marked stores according to the order of the position distances from small to large.
In a specific application scenario, the display module 403 is configured to extract a plurality of historical ordering articles included in the historical consumption data, and query a plurality of article tags of the plurality of historical ordering articles when the preset ordering factor indicates ordering according to the ordering times; counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times; sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result; inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity identifications with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
In a specific application scenario, the determining module 402 is configured to determine at least two designated stores for providing at least two designated products of the plurality of products to be pushed in response to a request for ordering the at least two designated products, and query a store business district to which each designated store of the at least two designated stores belongs;
the display module 403 is configured to generate a first to-be-paid order including the at least two specified products when the store business circles to which the at least two specified stores belong are consistent, display the first to-be-paid order, split the first to-be-paid order into at least two sub-orders according to the at least two specified stores when successful payment of the first to-be-paid order is detected, push the at least two sub-orders to the at least two specified stores respectively, and allocate distribution resources for the first to-be-paid order that is successful in payment, so that the distribution resources distribute the at least two specified products;
the display module 403 is configured to generate at least two second to-be-paid orders for the at least two specified commodities when the store business communities to which the at least two specified stores belong are inconsistent, display the at least two second to-be-paid orders, and push the at least two second to-be-paid orders that are successfully paid to the at least two specified stores when the at least two second to-be-paid orders are detected to be successfully paid, and allocate at least two distribution resources for the at least two second to-be-paid orders that are successfully paid, so that the at least two distribution resources distribute the at least two specified commodities.
According to the device provided by the embodiment of the application, the commodity recommending mode selected by the user is obtained in response to the commodity display request of the user, the commodities to be pushed are determined based on the commodity recommending mode, the commodities to be pushed are ordered according to the preset ordering factors, and the ordered commodities to be pushed are displayed to the user, so that diversified recommending can be carried out according to the recommending mode selected by the user when the commodities are displayed, recommending requirements of different users are met, commodity recommending precision is improved, and waste of recommending resources is avoided.
It should be noted that, for other corresponding descriptions of each functional unit related to the merchandise display device provided in the embodiment of the present application, reference may be made to corresponding descriptions in fig. 1A to 1B and fig. 2A to 2B, which are not repeated herein.
In an exemplary embodiment, referring to fig. 5, there is further provided a device, which includes a bus, a processor, a memory, and a communication interface, and may further include an input-output interface and a display device, where each functional unit may perform communication with each other through the bus. The memory stores a computer program and a processor for executing the program stored in the memory to perform the merchandise display method of the above embodiment.
A computer readable storage medium having stored thereon a computer program which when executed by a processor realizes the steps of the merchandise display method.
From the above description of the embodiments, it will be apparent to those skilled in the art that the present application may be implemented in hardware, or may be implemented by means of software plus necessary general hardware platforms. Based on such understanding, the technical solution of the present application may be embodied in the form of a software product, which may be stored in a non-volatile storage medium (may be a CD-ROM, a U-disk, a mobile hard disk, etc.), and includes several instructions for causing a computer device (may be a personal computer, a server, or a network device, etc.) to perform the methods described in various implementation scenarios of the present application.
Those skilled in the art will appreciate that the drawings are merely schematic illustrations of one preferred implementation scenario, and that the modules or flows in the drawings are not necessarily required to practice the present application.
Those skilled in the art will appreciate that modules in an apparatus in an implementation scenario may be distributed in an apparatus in an implementation scenario according to an implementation scenario description, or that corresponding changes may be located in one or more apparatuses different from the implementation scenario. The modules of the implementation scenario may be combined into one module, or may be further split into a plurality of sub-modules.
The foregoing application serial numbers are merely for description, and do not represent advantages or disadvantages of the implementation scenario.
The foregoing disclosure is merely a few specific implementations of the present application, but the present application is not limited thereto and any variations that can be considered by a person skilled in the art shall fall within the protection scope of the present application.
Claims (30)
1. A merchandise display method comprising:
responding to a commodity display request of a user, and acquiring historical consumption data of the user;
determining a plurality of commodities to be pushed, wherein the nutrition information of the commodities to be pushed is matched with the missing nutrition information indicated by the historical ordering commodity included in the historical consumption data;
sorting the plurality of commodities to be pushed according to a preset sorting factor, and displaying the sorted commodities to be pushed to the user;
in response to an ordering request for at least two specified commodities in the plurality of commodities to be pushed, determining at least two specified stores for providing the at least two specified commodities, and querying a store business circle to which each specified store in the at least two specified stores belongs;
when the store business circles of the at least two designated stores are consistent, placing the at least two designated commodities in the same order and uniformly distributing the commodities by a distribution resource;
Before the acquiring the historical consumption data of the user in response to the commodity display request of the user, the method further comprises:
counting commodities provided by a plurality of stores which are accessed at present as a plurality of candidate commodities;
for each candidate commodity in the plurality of candidate commodities, analyzing at least one original material included in each candidate commodity;
constructing nutrient distribution and nutrient reference values of each candidate commodity according to the nutrient elements and element values corresponding to the at least one original material;
labeling the nutrient distribution by adopting the nutrient reference value to generate the nutrition information of each candidate commodity;
and storing each candidate commodity in association with the corresponding nutrition information.
2. The method of claim 1, wherein the obtaining historical consumption data of the user comprises:
determining a historical time period to be counted, and acquiring a plurality of completed orders of the user in the historical time period to be counted;
and extracting a plurality of historical order placing commodities from the plurality of completed orders, and taking the plurality of historical order placing commodities as historical consumption data of the user.
3. The method of claim 1, wherein the determining a plurality of items to be pushed comprises:
Extracting a plurality of historical ordering commodities included in the historical consumption data, and analyzing the plurality of historical ordering commodities to obtain at least one appointed original material included in the plurality of historical ordering commodities;
constructing the appointed nutrient distribution and the appointed nutrient reference value of the historical commodity according to the appointed nutrient element and the appointed element value corresponding to the at least one appointed raw material;
marking the nutrient distribution by adopting the nutrient reference value to generate appointed nutrition information of the historical commodity;
obtaining standard nutrition information, wherein the standard nutrition information comprises standard nutrition distribution and a nutrition standard value;
comparing the specified nutritional information with the standard nutritional information to determine the missing nutritional information;
querying commodities which comprise nutrient elements indicated by the missing nutrient information from a plurality of candidate commodities as the commodities to be pushed.
4. A method according to claim 3, wherein said comparing said specified nutritional information with said standard nutritional information to determine said missing nutritional information comprises:
acquiring the specified nutrient distribution and the standard nutrient distribution, and inquiring whether the specified nutrient distribution covers the standard nutrient distribution or not;
When the query determines that the specified nutrient distribution does not cover the standard nutrient distribution, determining a first target nutrient element which is not covered by the specified nutrient distribution in the standard nutrient distribution, and taking the first target nutrient element as the missing nutrient information;
and when the query determines that the specified nutrient distribution covers all the standard nutrient distribution, comparing the specified nutrient reference value with a nutrient standard value according to the specified nutrient distribution and the standard nutrient distribution, determining a second target nutrient element of which the specified nutrient reference value is lower than the nutrient standard value, and taking the second target nutrient element as the missing nutrient information.
5. The method of claim 1, wherein the sorting the plurality of articles to be pushed by a preset sorting factor comprises:
when the preset ordering factor indicates ordering according to the store distance, determining a plurality of stores for providing the plurality of commodities to be pushed, and marking the plurality of stores by adopting the plurality of commodities to be pushed;
acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores;
And sorting the marked stores according to the order of the position distances from small to large.
6. The method of claim 1, wherein the sorting the plurality of articles to be pushed by a preset sorting factor comprises:
when the preset ordering factor indicates ordering according to the ordering times, extracting a plurality of historical ordering commodities included in the historical consumption data, and inquiring a plurality of commodity labels of the historical ordering commodities;
counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times;
sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result;
inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity labels with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
7. The method according to claim 1, wherein the method further comprises:
generating a nutrition deficiency reminder based on the deficiency nutrition information;
determining a reminding area in the display pages of the plurality of commodities to be pushed, and displaying the nutrition deficiency reminding in the reminding area;
And when the nutrition missing prompt displayed in the prompt area is detected to be triggered, generating a nutrition comparison chart of standard nutrition information and the missing nutrition information, and displaying the nutrition comparison chart to the user.
8. The method according to claim 1, wherein the method further comprises:
when detecting that target commodities in the plurality of commodities to be pushed are triggered, acquiring target nutrient distribution and target nutrient reference values of the target commodities, and displaying the target nutrient distribution, the target nutrient reference values and target commodity information of the target commodities to the user;
responding to a request for placing an order of the target commodity, generating a first order to be paid comprising the target commodity, and displaying the first order to be paid;
and pushing the first order to be paid to a target store for providing the target commodity when the first order to be paid is detected to be paid successfully.
9. The method according to claim 1, wherein the method further comprises:
when the store business circles of the at least two designated stores are consistent, generating a second to-be-paid order comprising the at least two designated commodities, displaying the second to-be-paid order, splitting the second to-be-paid order into at least two sub-orders according to the at least two designated stores when successful payment of the second to-be-paid order is detected, pushing the at least two sub-orders to the at least two designated stores respectively, and distributing distribution resources for the second to-be-paid order which is successful in payment, so that the distribution resources distribute the at least two designated commodities;
When the store business circles of the at least two designated stores are inconsistent, at least two third to-be-paid orders are generated for the at least two designated commodities respectively, the at least two third to-be-paid orders are displayed, and when the at least two third to-be-paid orders are detected to be successful in payment, the at least two third to-be-paid orders which are successful in payment are respectively pushed to the at least two designated stores, at least two distribution resources are distributed for the at least two third to-be-paid orders which are successful in payment, and the at least two distribution resources distribute the at least two designated commodities.
10. A merchandise display method comprising:
responding to a commodity display request of a user, and acquiring a commodity recommendation mode selected by the user;
determining a plurality of commodities to be pushed based on the commodity recommendation mode;
sorting the plurality of commodities to be pushed according to a preset sorting factor, and displaying the sorted commodities to be pushed to the user;
in response to an ordering request for at least two specified commodities in the plurality of commodities to be pushed, determining at least two specified stores for providing the at least two specified commodities, and querying a store business circle to which each specified store in the at least two specified stores belongs;
When the store business circles of the at least two designated stores are consistent, placing the at least two designated commodities in the same order and uniformly distributing the commodities by a distribution resource;
when the commodity recommendation mode indicates recommending according to nutrients, analyzing a plurality of historical ordered commodities to obtain at least one appointed original material contained in the plurality of historical ordered commodities, constructing appointed nutrient distribution and appointed nutrient reference values of the plurality of historical ordered commodities according to appointed nutrient elements and appointed element values corresponding to the at least one appointed original material, marking the nutrient distribution by adopting the nutrient reference values to generate appointed nutrient information of the plurality of historical ordered commodities, acquiring standard nutrient information, comparing the appointed nutrient information with the standard nutrient information, determining missing nutrient information, and inquiring commodities containing nutrient elements indicated by the missing nutrient information in a plurality of candidate commodities as the plurality of commodities to be pushed, wherein the standard nutrient information comprises standard nutrient distribution and nutrient standard values.
11. The method of claim 10, wherein the determining a plurality of items to be pushed based on the item recommendation, comprises:
When the commodity recommending mode indicates recommending according to merchants, historical consumption data of the user is obtained, a plurality of historical ordering commodities included in the historical consumption data are extracted, a plurality of merchants to be recommended for supplying the historical ordering commodities are determined, and commodities marked by the merchants to be recommended are used as the commodities to be pushed; or alternatively, the first and second heat exchangers may be,
and when the commodity recommendation mode indicates recommendation according to commodity heat, acquiring the heat standard input by the user, and inquiring candidate commodities with commodity heat matched with the heat standard from a plurality of candidate commodities as the plurality of commodities to be pushed.
12. The method of claim 10, wherein the sorting the plurality of items to be pushed by a preset sorting factor comprises:
when the preset ordering factor indicates ordering according to the store distance, determining a plurality of stores for providing the plurality of commodities to be pushed, and marking the plurality of stores by adopting the plurality of commodities to be pushed;
acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores;
And sorting the marked stores according to the order of the position distances from small to large.
13. The method of claim 10, wherein the sorting the plurality of items to be pushed by a preset sorting factor comprises:
when the preset ordering factor indicates ordering according to the ordering times, extracting a plurality of historical ordering commodities included in the historical consumption data, and inquiring a plurality of commodity labels of the historical ordering commodities;
counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times;
sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result;
inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity labels with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
14. The method according to claim 10, wherein the method further comprises:
when the store business circles of the at least two designated stores are consistent, generating a first order to be paid, which comprises the at least two designated commodities, displaying the first order to be paid, splitting the first order to be paid into at least two sub-orders according to the at least two designated stores when successful payment of the first order to be paid is detected, pushing the at least two sub-orders to the at least two designated stores respectively, and distributing distribution resources for the first order to be paid, which is successful in payment, so that the distribution resources distribute the at least two designated commodities;
When the store business circles of the at least two designated stores are inconsistent, at least two second to-be-paid orders are generated for the at least two designated commodities respectively, the at least two second to-be-paid orders are displayed, and when the at least two second to-be-paid orders are detected to be successful in payment, the at least two second to-be-paid orders which are successful in payment are respectively pushed to the at least two designated stores, at least two distribution resources are distributed for the at least two second to-be-paid orders which are successful in payment, and the at least two distribution resources distribute the at least two designated commodities.
15. A merchandise display device comprising:
the acquisition module is used for responding to a commodity display request of a user and acquiring historical consumption data of the user;
the determining module is used for determining a plurality of commodities to be pushed, and nutrition information of the commodities to be pushed is matched with missing nutrition information indicated by historical ordering commodities included in the historical consumption data;
the display module is used for sorting the plurality of commodities to be pushed according to a preset sorting factor and displaying the sorted commodities to be pushed to the user;
The determining module is further configured to determine at least two designated stores for providing at least two designated stores in response to an order request for the at least two designated stores in the plurality of to-be-pushed commodities, and query a store business circle to which each designated store in the at least two designated stores belongs;
the display module is further used for uniformly distributing the at least two specified commodities in the same order by a distribution resource when the store business circles of the at least two specified stores are consistent;
the apparatus further comprises:
the statistics module is used for counting commodities provided by a plurality of stores which are accessed currently as a plurality of candidate commodities;
the analysis module is used for analyzing at least one original material included in each candidate commodity in the plurality of candidate commodities;
the construction module is used for constructing nutrient distribution and nutrient reference values of each candidate commodity according to the nutrient elements and element values corresponding to the at least one original material;
the first generation module is used for marking the nutrient distribution by adopting the nutrient reference value and generating the nutrition information of each candidate commodity;
And the association module is used for carrying out association storage on each candidate commodity and the corresponding nutrition information.
16. The apparatus of claim 15, wherein the means for obtaining is configured to determine a historical time period to be counted, and obtain a plurality of completed orders for the user during the historical time period to be counted; and extracting a plurality of historical order placing commodities from the plurality of completed orders, and taking the plurality of historical order placing commodities as historical consumption data of the user.
17. The apparatus of claim 15, wherein the determining module is configured to extract a plurality of historical order articles included in the historical consumption data, parse the plurality of historical order articles, and obtain at least one specified original material included in the plurality of historical order articles; constructing the appointed nutrient distribution and the appointed nutrient reference value of the historical commodity according to the appointed nutrient element and the appointed element value corresponding to the at least one appointed raw material; marking the nutrient distribution by adopting the nutrient reference value to generate appointed nutrition information of the historical commodity; obtaining standard nutrition information, wherein the standard nutrition information comprises standard nutrition distribution and a nutrition standard value; comparing the specified nutritional information with the standard nutritional information to determine the missing nutritional information; querying commodities which comprise nutrient elements indicated by the missing nutrient information from a plurality of candidate commodities as the commodities to be pushed.
18. The apparatus of claim 17, wherein the means for determining is configured to obtain the specified nutrient profile and the standard nutrient profile, query whether the specified nutrient profile covers the standard nutrient profile; when the query determines that the specified nutrient distribution does not cover the standard nutrient distribution, determining a first target nutrient element which is not covered by the specified nutrient distribution in the standard nutrient distribution, and taking the first target nutrient element as the missing nutrient information; and when the query determines that the specified nutrient distribution covers all the standard nutrient distribution, comparing the specified nutrient reference value with a nutrient standard value according to the specified nutrient distribution and the standard nutrient distribution, determining a second target nutrient element of which the specified nutrient reference value is lower than the nutrient standard value, and taking the second target nutrient element as the missing nutrient information.
19. The apparatus of claim 15, wherein the display module is configured to determine a plurality of stores that provide the plurality of items to be pushed when the preset ordering factor indicates ordering by store distance, and label the plurality of stores with the plurality of items to be pushed; acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores; and sorting the marked stores according to the order of the position distances from small to large.
20. The apparatus of claim 15, wherein the display module is configured to extract a plurality of historical order articles included in the historical consumption data and query a plurality of article tags of the plurality of historical order articles when the preset ordering factor indicates ordering according to an order count; counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times; sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result; inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity labels with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
21. The apparatus of claim 15, wherein the apparatus further comprises:
the second generation module is used for generating a nutrition deficiency prompt based on the nutrition deficiency information;
the display module is further used for determining a reminding area in the display pages of the plurality of commodities to be pushed, and displaying the nutrition deficiency reminding in the reminding area;
And the display module is further used for generating a nutrition comparison chart of the standard nutrition information and the missing nutrition information when the nutrition missing prompt displayed in the prompt area is detected to be triggered, and displaying the nutrition comparison chart to the user.
22. The apparatus of claim 15, wherein the apparatus further comprises:
the display module is further configured to obtain a target nutrient distribution and a target nutrient reference value of the target commodity when it is detected that the target commodity in the plurality of commodities to be pushed is triggered, and display the target nutrient distribution, the target nutrient reference value and target commodity information of the target commodity to the user;
the third generation module is used for responding to the order placing request of the target commodity, generating an order to be paid comprising the target commodity and displaying the order to be paid;
and the pushing module is used for pushing the order to be paid to a target store for providing the target commodity when the successful payment of the order to be paid is detected.
23. The apparatus of claim 15, wherein the display module is further configured to generate a second order to be paid including the at least two specified products when the store business territories to which the at least two specified stores belong are identical, display the second order to be paid, split the second order to be paid into at least two sub-orders according to the at least two specified stores when the second order to be paid is detected to be paid successfully, push the at least two sub-orders to the at least two specified stores respectively, and allocate distribution resources for the second order to be paid successfully so that the distribution resources distribute the at least two specified products;
The display module is further configured to generate at least two third to-be-paid orders for the at least two specified commodities when the store business communities to which the at least two specified stores belong are inconsistent, display the at least two third to-be-paid orders, and push the at least two third to-be-paid orders that are successfully paid to the at least two specified stores when the at least two third to-be-paid orders are detected to be successfully paid, and allocate at least two distribution resources for the at least two third to-be-paid orders that are successfully paid, so that the at least two distribution resources distribute the at least two specified commodities.
24. A merchandise display device comprising:
the acquisition module is used for responding to a commodity display request of a user and acquiring a commodity recommendation mode selected by the user;
the determining module is used for determining a plurality of commodities to be pushed based on the commodity recommending mode;
the display module is used for sorting the plurality of commodities to be pushed according to a preset sorting factor and displaying the sorted commodities to be pushed to the user;
the determining module is used for determining at least two designated shops for providing at least two designated shops of the plurality of commodities to be pushed in response to an ordering request of the at least two designated shops, and querying a shop business circle to which each designated shop belongs;
The display module is used for uniformly distributing the at least two specified commodities in the same order by one distribution resource when the store business circles of the at least two specified stores are consistent;
the determining module is configured to parse a plurality of historical ordered commodities to obtain at least one designated original material included in the plurality of historical ordered commodities when the commodity recommending mode indicates recommending according to nutrients, construct designated nutrient distribution and designated nutrient reference values of the plurality of historical ordered commodities according to designated nutrient elements and designated element values corresponding to the at least one designated original material, label the nutrient distribution by using the nutrient reference values to generate designated nutrient information of the plurality of historical ordered commodities, obtain standard nutrient information, compare the designated nutrient information with the standard nutrient information, determine missing nutrient information, and query commodities including nutrient elements indicated by the missing nutrient information in a plurality of candidate commodities as the plurality of commodities to be pushed, wherein the standard nutrient information includes standard nutrient distribution and nutrient standard value.
25. The apparatus of claim 24, wherein the determining module is configured to obtain historical consumption data of the user when the commodity recommendation mode indicates recommendation according to a merchant, extract a plurality of historical ordered commodities included in the historical consumption data, determine a plurality of merchants to be recommended that supply the plurality of historical ordered commodities, and take commodities marked by the plurality of merchants to be recommended as the plurality of commodities to be pushed; or when the commodity recommendation mode indicates that the commodity is recommended according to the commodity heat, acquiring the heat standard input by the user, and inquiring candidate commodities with the commodity heat matched with the heat standard from a plurality of candidate commodities as the plurality of commodities to be pushed.
26. The apparatus of claim 24, wherein the display module is configured to determine a plurality of stores that provide the plurality of items to be pushed when the preset ordering factor indicates ordering by store distance, and annotate the plurality of stores with the plurality of items to be pushed; acquiring the current geographic position of the user, and calculating a plurality of position distances between the current geographic position and store geographic positions of the stores; and sorting the marked stores according to the order of the position distances from small to large.
27. The apparatus of claim 24, wherein the display module is configured to extract a plurality of historical orders for goods included in the historical consumption data and query a plurality of goods tags of the plurality of historical orders for goods when the preset ordering factor indicates ordering according to the order number; counting the occurrence times of each commodity label in the plurality of commodity labels, and marking the plurality of commodity labels by adopting the occurrence times; sequencing the plurality of commodity labels according to the sequence from the big appearance times to the small appearance times to obtain a sequencing result; inquiring a plurality of commodity labels of the plurality of commodities to be pushed, comparing the commodity labels with the sequencing result, and sequencing the plurality of commodities to be pushed according to the comparison result.
28. The apparatus of claim 24, wherein the display module is configured to generate a first to-be-paid order including the at least two specified products when the store business circles to which the at least two specified stores belong are identical, display the first to-be-paid order, split the first to-be-paid order into at least two sub-orders according to the at least two specified stores when successful payment of the first to-be-paid order is detected, push the at least two sub-orders to the at least two specified stores respectively, and allocate distribution resources for the first to-be-paid order that is successful in payment, so that the distribution resources distribute the at least two specified products;
The display module is configured to generate at least two second to-be-paid orders for the at least two specified commodities when the store business circles to which the at least two specified stores belong are inconsistent, display the at least two second to-be-paid orders, and push the at least two second to-be-paid orders that are successfully paid to the at least two specified stores when the at least two second to-be-paid orders are detected to be successfully paid, and allocate at least two distribution resources for the at least two second to-be-paid orders that are successfully paid, so that the at least two distribution resources distribute the at least two specified commodities.
29. A computer device comprising a memory and a processor, the memory storing a computer program, characterized in that the processor implements the steps of the method of any one of claims 1 to 14 when the computer program is executed.
30. A computer readable storage medium, on which a computer program is stored, characterized in that the computer program, when being executed by a processor, implements the steps of the method of any of claims 1 to 14.
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